JP2014103950A - Flat laver inversion apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a laver inversion apparatus in which when being shifted to a flat belt of a flat laver carrying-in means of a flat laver inversion apparatus, transportation can be performed while being put on parallel to the flat belt and in a correct direction.SOLUTION: Provided is a flat laver inversion apparatus that includes: a horizontal flat belt 8 for carrying-in in which a flat laver that is exported from a laver drier, and shifted is performed by carried-in; a string belt 10 for pinching that moves according to an inversion drum 12 that revolves and revolution of the inversion drum 12, and that pinches the flat laver 7 performed by carrying-in by the horizontal flat belt 8 by a betweenness with the inversion drum 12; and a horizontal flat belt 11 for exporting that exports a flat laver bundle that is pinched by the inversion drum 9 and the string belt 10 for pinching, and inverted to be discharged. The flat laver inversion apparatus is that perpendicular flat belts 13 are erected to counter at both sides of the flat belt 8 for carrying-in and the perpendicular flat belts 13 are disposed by a regular polyhedron oscillation roller 13c between a drive roller 13a and a tension roller 13b to oscillate the perpendicular flat belts 13.

Description

  The present invention relates to a flat laver reversing device for reversing flat laver that has been transported from the laver drying device with the back (rough surface) of the flat laver being on the top (smooth surface). About.

  As shown in FIG. 3, the laver production line, the laver that is unloaded from the laver drying port 1 of the laver drying device 1, needs to face up in the subsequent folding process. Therefore, the flat laver carried out from the laver drying device 1 is reversed from the back to the front by the flat laver reversing device 2 one by one. Thereafter, the inspection / alignment device 3 inspects the quality and sorts it, and a plurality of (usually 10) flat seaweeds are stacked, converged and aligned to form a flat seaweed bundle, and the folding device 5 folds the flat seaweed bundle. Folded and folded into 10 bundles (total 100 sheets) and bundled with a paper tape by the bundling device 6, and a plurality of flat seaweed bundles are boxed and shipped.

  4 and 5, for example, as shown in FIGS. 4 and 5, the flat seaweed inversion device 2 carries the flat laver 7 carried out from the laver drying device 1 and the flat laver 7 carried in by the carry-in flat belt 8. The reversing drum 9 rotates and the belt belt 10 sandwiches the flat laver 7 between the reversing drum 9 and the reversing drum 9. The unloading side flat belt 11 is used to unload the belt. An air suction port 16 that adsorbs the flat laver 7 is formed in the carry-out flat belt 11. (See Patent Document 1).

  The flat laver reversing device 2 having the above configuration receives the flat laver 7 carried out from the laver drying device 1 on the carry-in flat belt 8, and carries it between the reversing drum 9 and the string belt 10 in the reversing device 2. The reverse is turned upside down while rotating with the flat laver 7 interposed therebetween, and the inverted flat laver 7 discharged is received by the unloading flat belt 11 and carried to the next step.

JP-A 61-173769

When the flat seaweed unloaded from the flat seaweed unloading device of the laver drying device is transferred to the flat belt of the flat seaweed reversing device of the flat seaweed inversion device, The part may protrude from the flat belt, and if it is conveyed in an oblique state, it may cause problems such as clogging of flat seaweed in the flat seaweed reversing device or the device in the subsequent process, or generation of defective products. .
Also, flat laver clogging often occurred in the equipment, and a series of laver production lines stopped.

  Therefore, the present invention provides a flat laver reversing device that can be transported in the correct direction parallel to the flat belt when it is transferred to the flat belt of the flat laver carrying means of the flat laver reversing device.

The invention of claim 1 of the present application includes a horizontal loading flat belt for carrying in the flat laver that has been carried out from the laver drying device, a reversing drum that rotates, and a reversing drum that moves in accordance with the rotation of the reversing drum. And a horizontal belt for unloading the flat laver bundle sandwiched between the reversing drum and the sandwiching strap belt and discharged after being reversed. In the flat laver reversing device comprising a flat belt for unloading, vertical flat belts are erected on both sides of the flat belt for loading, and the vertical flat belt has the above described between the driving roller and the tension roller. A flat laver reversing device characterized in that a regular polyhedral rocking roller for rocking a vertical flat belt is installed. The swing roller may be a regular polyhedron such as a regular hexahedron or a regular icosahedron other than a regular octahedron so as to swing.
The invention according to claim 2 of the present application is the flat seaweed inversion device according to claim 1, wherein the vertical flat belt is erected so that the entrance side of the flat seaweed becomes wide.

  When the flat seaweed reversing device of the present invention is transferred to the loading flat belt of the flat seaweed carrying means of the flat seaweed reversing device, a part of the flat seaweed reversing device is loaded obliquely without being placed in the correct direction in parallel with the loading flat belt. Even when trying to protrude from the flat belt for use, it is pushed along the conveying direction by being pushed inside the flat belt for loading while being guided by the swinging vertical position correcting flat belt hitting the corners and both sides of the flat laver. They are aligned and corrected to the correct position on the loading flat belt. As a result, it is possible to prevent defects such as flat seaweed clogging in the flat seaweed reversing apparatus and the subsequent process apparatus, and generation of defective products caused by flat seaweed clogging. If flat seaweed clogging occurs, a series of seaweed production lines will stop, preventing delays in production.

  In addition, by installing a vertical flat belt so that the entrance to the flat laver is widened, when the flat laver is transferred to the carrying flat belt, it prevents the flat laver from hitting the vertical flat belt at an acute angle. It can be securely placed on a flat belt.

It is a top view of the flat seaweed inversion apparatus of this invention. It is a side view of the flat seaweed inversion apparatus of this invention. It is a figure which shows an example of a laver production line. It is a top view of the conventional flat seaweed inversion apparatus. It is a side view of the conventional flat seaweed inversion apparatus.

  1 and 2, a flat laver reversing device 2 is loaded with a flat laver 8 for carrying a flat laver 7 carried out from a laver drying device, similarly to the conventional flat laver reversing device 2 shown in FIGS. And a reversing machine for reversing the loaded flat seaweed 7 between the reversing drum 9 and the sandwiching cord belt 10 and a unloading flat conveyor 11 for unloading the reversed flat seaweed 7. 8 and a flat conveyor 11 for unloading are connected at right angles via a reversing drum 9.

  The horizontal loading flat belt 8 for carrying the flat laver 7 transferred from the laver drying apparatus is driven by a motor, and the flat laver conveyed by the carrying flat belt 8 is driven by the motor in the latter half portion. A pair of presser strap belts 12 that hold the jumping of 7 from above are arranged at intervals.

On both sides of the carrying-in flat belt 8, vertical flat belts 13 are erected so as to face each other. In the vertical flat belt 13, a regular octahedron oscillating roller 13c is installed between a driving roller 13a and a tension roller 13b. The flat laver 7 unloaded from the laver drying apparatus 1 is received and carried on the loading flat belt 8. When the flat laver 7 is transferred to the loading flat belt 8, the correct position is parallel to the loading flat belt 8. When a part of the flat belt 8 that is slanted and is about to protrude from the flat belt 8 for loading, the vertical flat belt that swings vertically contacts the corners or both sides of the flat laver 7 and moves. The belt 8 is pushed inside and corrected to a correct position parallel to the loading flat belt 8.
The vertical flat belt 13 may be provided so that the entrance side of the flat seaweed 7 is widened toward the end. By widening the entrance of the flat seaweed 7, it is possible to prevent the flat seaweed from directly colliding with the vertical flat belt 13 when transferring to the flat sea flat belt, making it easy to introduce and ensuring that the flat seaweed 7 is placed on the carrying flat belt 8. it can.

  On the exit side of the carry-in flat belt 8, a plate-like cradle 14 is received that receives the flat laver 7 carried out from the carry-in flat belt 8 and passes it between the reverse drum 9 and the pinch strap belt 10 and reverses it. Is arranged.

  The reversing machine includes a reversing drum 9 that rotates and a strap belt 10 that sandwiches the flat seaweed bundle 7 between the reversing drum 9 and the reversing drum 9. In the example shown in FIGS. 1 and 2, three tie strap belts 10 are arranged to surround the reversing drum 9.

  The pinch belt 10 sandwiches the flat laver 7 carried between the reversing drum 9 and moves in accordance with the rotation of the reversing drum 9 to reverse the flat laver 7.

  A feeding cord belt 15 for feeding the inverted flat laver 7 following the pinching cord belt 10 is arranged. The outlet end of the sending-out cord belt 15 is disposed above the carrying-out flat belt 11, and the carrying-out flat belt 11 is driven by a motor.

  The carry-out flat belt 11 is provided with an air suction port 16 for adsorbing the flat laver 7 discharged from the feed-out strap belt 15.

  In the flat seaweed reversing device having the above configuration, the flat seaweed 7 carried out from the laver drying device 1 is received on the carrying-in flat belt 8 and carried into the reversing machine. When the flat laver 7 is transferred to the carrying-in flat belt 8, even if it is not placed on the correct position parallel to the carrying-in flat belt 8 but is slanted and a part of the flat laver 7 tries to protrude from the carrying-in flat belt 8, The vertical flat belt 13 that is moving is pushed by the inside of the carrying flat belt 8 while being guided by the corners and both sides of the flat laver and moved to a correct position parallel to the carrying flat belt 8.

  The flat seaweed carried from the carry-in flat belt 8 through the cradle 14 between the reversing drum 9 and the pinching cord belt is rotated by the reversing drum and the pinching cord belt 10 that moves in accordance with the rotation of the reversing drum. The reverse is turned upside down while being sandwiched and rotated, and the transfer belt belt 15 is transferred to the unloading flat belt 11 and conveyed to the next step.

1: laver drying device 2: flat laver reversing device 3: inspection alignment device 5: folding device 6: bundling device 7: flat laver 8: carry-in flat belt 9: reversing drum 10: pinch strap belt 11: carry-out flat Belt 12: Pressing strap belt 13: Vertical flat belt 13a: Driving roller 13b: Tension roller 13c Oscillating roller 14: Receiving base 15: Sending strap belt 16: Air suction port

Claims (2)

A horizontal carrying flat belt for carrying flat laver carried out from the laver drying device;
A reversing drum that rotates and moves in accordance with the rotation of the reversing drum, and a strap belt for sandwiching the plain laver carried by the horizontal flat belt between the reversing drum,
In the flat laver reversing device comprising a horizontal unloading flat belt that unloads the flat laver bundle sandwiched between the reversing drum and the pinching strap belt and then discharged.
Vertical vertical flat belts are erected on both sides of the carrying-in flat belt, and the vertical flat belts swing a regular polyhedron that swings the vertical flat belt between a driving roller and a tension roller. A flat laver reversing device characterized by a moving roller.   2. The flat seaweed reversing device according to claim 1, wherein the vertical flat belt is erected so that an entrance side of the flat seaweed becomes wide.

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